Acosta, C., 2025, Measuring and simulating the directional response of the Croissant multicomponent DAS sensor: CREWES Meeting Talk, 37, no. 4.
Bertram, K. L., 2025, Transforming physical modelling datasets to make them suitable for time-lapse FWI: CREWES Meeting Talk, 37, no. 2.
Cai, X., 2025, Continuous CO2 monitoring based on combined active-source and microseismic FWI: CREWES Meeting Talk, 37, no. 11.
Cai, X., 2025, Direct estimation of time-lapse CO2 saturation variations with eFWI of the Snowflake dataset: CREWES Meeting Talk, 37, no. 19.
Emery, D. J., 2025, Prediction of Elastic Logs from the limited information available from LWD (logging while drilling) information: CREWES Meeting Talk, 37, no. 7.
Guarido, M., 2025, Synthetic P-wave velocity model generation using LLMs for seismic data simulation: CREWES Meeting Talk, 37, no. 25.
Hall, K. W., 2025, Baseline DAS VSP acquisition at the Meadowbrook Carbon Storage Hub: CREWES Meeting Talk, 37, no. 1.
Hu, Q., 2025, Sparse seismic data planning for CO2 monitoring: CREWES Meeting Talk, 37, no. 13.
Innanen, K. A., 2025, AVO inversion and nullspace shuttling on Ising networks: CREWES Meeting Talk, 37, no. 9.
Jia, A. J., 2025, Seismic low-frequency extrapolation in a latent space based on self-supervised learning: CREWES Meeting Talk, 37, no. 22.
Li, J., 2025, Self-supervised deep learning for attenuating multiple types of seismic noise: CREWES Meeting Talk, 37, no. 23.
Li, J. L., 2025, 3D targeted nullspace shuttles in 4D FWI: CREWES Meeting Talk, 37, no. 15.
Li, J. L., 2025, Transconceptual sampling and geophysical inverse problems: CREWES Meeting Talk, 37, no. 12.
Liu, H., 2025, Feasibility study on time-lapse FWI using multiple-shallow-well VSP acquisition: CREWES Meeting Talk, 37, no. 14.
Macquet, M., 2025, Update on CO2 storage monitoring at the Newell County Field Research Station: CREWES Meeting Talk, 37, no. 5.
Perrin, R., 2025, Modelling crustal fluid flow in seamount-influenced hydrothermal systems: CREWES Meeting Talk, 37, no. 6.
Pike, K., 2025, Time lapse nullspace shuttles and illumination in sparse acquisition settings: CREWES Meeting Talk, 37, no. 16.
Ramos, A., 2025, Physics-informed neural operators for seismic wave propagation: CREWES Meeting Talk, 37, no. 24.
Sanchez, I., 2025, Deep learning for separation of near-surface waves in the frequency–slowness domain: CREWES Meeting Talk, 37, no. 26.
Sanchez, I., 2025, Enabling curvilinear finite-differences in Devito for elastodynamic simulations in complex topography: CREWES Meeting Talk, 37, no. 21.
Sanchez, I., 2025, Potential Wavefield Inversion (PWI): quasi-acoustic surrogates for elastic media: CREWES Meeting Talk, 37, no. 17.
Schumacher, C., 2025, Impact of sparse acquisition on time-lapse imaging of gas injection: a physical modeling case study: CREWES Meeting Talk, 37, no. 3.
Trad, D. O., 2025, Modelling, migration and inversion: acoustic and elastic 3D modules: CREWES Meeting Talk, 37, no. 20.
Zhang, T., 2025, On the role of multi-physics joint inversion in reducing uncertainties in geophysical inversion: CREWES Meeting Talk, 37, no. 10.
Ziegon, A. H., 2025, Geophysical Ising solvers: CREWES Meeting Talk, 37, no. 8.
Ziegon, A. H., 2025, Pseudo-3D and full 3D FWI approaches applied to the Snowflake field data: CREWES Meeting Talk, 37, no. 18.